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JDEP Overview. October 2003. Topics. Definition Management Structure Funding JTAMDO & Service Participation Technical Coordinator Functions Technical Framework FY03 Activities FY04 JTAMDO Event Objectives Acquisition Program Support. Theater. DSP/SBIRS. Warning. ABL. AWACS. JLENS.

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Jdep overview l.jpg

JDEP Overview

October 2003


Topics l.jpg
Topics

Definition

Management Structure

Funding

JTAMDO & Service Participation

Technical Coordinator Functions

Technical Framework

FY03 Activities

FY04 JTAMDO Event Objectives

Acquisition Program Support


Jdep definition l.jpg

Theater

DSP/SBIRS

Warning

ABL

AWACS

JLENS

F-15

THAAD

TEL

PATRIOT

MEADS

AVENGER

ATACMS

SIS(MSCS)

SIS(MSCS)

AEGIS (CEP)

JDEP Definition

JDEP is a DoD-wide capability for Service and Joint engineering, integration, and test resources to provide system of systems battlefield representative environments in support of developer, tester, and warfighter requirements

Based on JS/PUSD (AT&L) Letter, JETF Report, PDB 725, DPG, FY02-FY07 PDM, AT&L Strategy, and Transition Memo


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JDEP Management Structure

Oversees investment and management of JDEP capability and infrastructure (members includes JFCOM, DOT&E, and Services)

Board of Directors

JS, AT&L, CIO Chaired

Provides DoD-level programmatic leadership

Defense Information Systems Agency

Mr Frank Holderness

Develops investment plan and management plan

Oversees program execution by Coordinator

Develops and maintains the infrastructure

Joint Interoperability

Test Command

Col Victoria Velez

Assists users address interoperability issues

Users (PMs, test agencies, etc.) work within their existing structures to conduct events with JDEP support to meet needs


Jdep funding l.jpg
JDEP Funding

Program Decision Memorandum

FY02 FY03 FY04 FY05 FY06 FY07 FY02-07

JTAMDO $ 10M $ 10M $ 10M $ 10M $ 10.2M $ 10.4M $ 60.6M

Marine Corps .9M 1.0M 1.2M 1.4M 1.2M 1.2M 6.9M

Navy 5.0M 5.9M 5.2M 5.9M 5.9M $5.9M 33.8M

Air Force 4.6M 6.4M 6.7M 6.7M 5.0M 5.0M 34.4M

Army 1.7M 3.4M 4.0M 3.7M 3.8M 3.8M 20.4M

DISA 4.2M 4.3M 4.4M 4.5M 4.5M 4.5M 26.4M

Total Requirement 26.4M 31.0M 31.5M 32.2M 30.6M 30.8M 182.5M

PDM added funds as shown in the table to fund the JDEP at levels specified in the Defense Planning Guidance and transferred JDEP responsibility to the Joint Interoperability Test Command at Fort Huachuca, AZ


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JTAMDO and Service Participation

  • JTAMDO oversees their investment

    • “Reusable” capability for development, testing, training and operational application of the integrated air and missile defense

    • Prioritization and execution of JTAMD nominated event objectives

  • Services Nominate

    • JTAMD objectives or events, upgrade facilities and capabilities

    • Conduct or participate in JTAMD events


Jitc technical coordinator functions l.jpg
JITC Technical Coordinator Functions

  • Systems Engineering

    • Maintain Technical Framework

    • Coordinate Common Capability Solutions

  • Air and Missile Defense Event Support

    • Provide Event Coordination & Engineering Support

    • Configure and Validate M&S Middleware and WAN

  • Acquisition Program Planning

    • Promulgate Technical Framework and Provide Guidance on M&S Implementation

Systems

Engineering

19%

Acquisition

Program

Planning

18%

JTAMD

Event Support

63%


Jdep systems engineering technical framework l.jpg
JDEP Systems EngineeringTechnical Framework

Applies industry standards and commercial products to support federations of simulation and hardware in the loop representations

  • Applications include models and simulations, hardware in the loops, and supporting utilities

  • Application exchange M&S information using a Federation Object Model to specify the data exchange and Runtime Infrastructure to provide data delivery services

  • Communications services to physically move the data is based on industry and DoD standards

Applications

Digital Representations,

HW in the Loops, Supporting Utilities

Data Exchange Specification

Reference Federation Object Model

(IEEE 1516, Object Model Template)

Information/Data Management

Efficient Data Delivery

(IEEE 1516, Runtime Infrastructure)

Communications

Local/area wide; physically move data

Industry Standard Communication Services


Jdep systems engineering federation object model l.jpg

Defines a data model for exchange of persistent and transient information

Developed in coordination with Coalition and Service subject matter experts (e.g., JSB, JVB, CISE)

Implemented in logical hierarchy that allows users to select the appropriate representation

Provides a common starting point for engineering federations, promoting re-use across applications

JDEP Systems Engineering Federation Object Model

Object Class Hierarchy

Interaction Hierarchy


Jdep systems engineering common capabilities l.jpg
JDEP Systems Engineering transient information Common Capabilities

JDEP uses “Infrastructure Builds” to evolve common capabilities required to provide representative battlefield environment for events

  • Coordinate with users to determine requirements

  • Query industry through RFI to determine capabilities

  • Perform integration to ensure reliable performance with other JDEP components

  • Optimize overall federation performance to meet user needs (runtime performance, scalability, etc.)

Event Control, Data

Collection & Analysis

Scenario

Environment

Drivers

Servers

Simulation Middleware

Communications

Hardware

In the Loops

Digital

Reps

Comm & Other

Tech Services


Jtamd event support functions profile l.jpg

Monitor SIM Middleware and Network Performance and Support Lessons Learned

Coordinate Federation Engineering and Operations Center Support

Design, Implement, and Validate Network Backbone, VLANs and SIM Middleware

Participate In Event WG Meetings and Review Relevant Documentation

Monitor Event and Coordinate Lessons Learned

Provide SME Support for Common Capabilities

Provide Guidance During Federation Design, Development, Integration, and Apply JDEP Reference FOM

Provide Network Installation Support, Security Accreditation Guidance

Provide Tech Assistance for Event & Support Lessons Learned

JTAMD Event SupportFunctions & Profile


Fy03 jtamd activities l.jpg
FY03 JTAMD Activities Lessons Learned

  • Updated JDEP Technical Framework Systems Engineering Reference FOM

  • Initiated JDEP Infrastructure Improvements (Comm, Sensor, Environment Services)

  • Supported Single Integration Air Picture Systems Engineering Experimentation

  • Supported USAF Joint Cruise Missile Defense and Critical Area Air Defense

  • Supported Navy Joint Test Event, Early Warning, and Time Sensitive Targeting Events

  • Performed Network Engineering & Expansion


Fy03 jtamd patriot event overview l.jpg
FY03 JTAMD Patriot Lessons LearnedEvent Overview

Event Description

  • Assess impact of time synchronization data registration errors on Track Quality and Correlation/Decorrelation

    • Evaluate the sensitivity of HWIL SIAP performance to sensor registration biases in data registration

    • Evaluate the sensitivity of HWIL SIAP performance to “host-to-absolute” reference time synchronization biases

Products/Milestones Date

  • Federation integration 17Aug-22 Aug

  • Complete Federate V&V 28 Aug

  • Event Dry Run 8 Sep-12 Sep

  • Event Runs for Record 29 Sep–3 Oct

Configuration

Event Participants

  • Test Coordinator: Joint SIAP Systems Engineering Office (JSSEO)

  • Test Director: Systems Engineering Directorate (SED)

  • Participants:

    • Common Reference Scenario Drive (CRS-D), Patriot (1 ICC, 3 ESCs), Utility Player (TACO), JTIDS 2M Terminals


Fy03 jtamd caad event overview l.jpg
FY03 JTAMD CAAD Lessons LearnedEvent Overview

Event Description

  • Assess homeland air defense architectures that utilize existing sensors from warfighter inventories

    • Measures surveillance and detection of incoming cruise missiles and terrorist threats against specific sites

    • Uses hardware-in-the loop and simulated systems

Products/Milestones Date

  • Network Installation

  • CAAD Setup/ Integration 28 Jul–8 Aug

  • CAAD Event 29 Sep–10 Oct

Configuration

Event Participants

  • Ops Lead: 1st AF/CONR

  • Tech Lead: Electronic Systems Center

  • Facilities/Sites:

    • ESC, Hanscom AFB MA, Raytheon Bedford MA, Raytheon Tucson AZ, Boeing Seattle WA, Navy Patuxent River MD, Marine Corps Camp Pendleton CA, 1st AF Tyndall AFB FL, JNIC Colorado Springs CO


Fy03 jtamd jcmd event overview l.jpg
FY03 JTAMD JCMD Lessons LearnedEvent Overview

Event Description

  • Investigate, evaluate, and improve the operational effectiveness of Joint defense against cruise missiles

    • Assess and document current JCMD processes and procedures in realistic operational scenarios (baseline)

    • Identify and verify potential improvements in warfighting concepts

Products/Milestones Date

  • Network Installation 14 Jul–18 Jul

  • JCMD DIS/Net Checkout 02 Sep–05Oct

  • JCMD MPC/Demo 15 Sep–19 Sep

Configuration

Event Participants

  • Operational and Technical Lead: OSD JCMD JT&E

  • Facilities/ Sites:

    • Boeing VWC St Louis MO, ESC Hanscom AFB MA, Navy ATRC Dahlgren VA, TACCSF Kirtland AFB NM, Boeing AIL Seattle WA, Navy ESTEL Patuxent River MD, JNIC Colorado Springs CO, Army Ft Bliss TX


Jdep event sites fy02 fy03 l.jpg

AIL Boeing Seattle Lessons Learned

AIL Boeing Seattle

SIAP Sites

RAYTHEON, Bedford

CAAD Sites

JCMD

Sites

ESC (Hanscom AFB)

ESC (Hanscom AFB)

CSEDS

(L/M Moorestown)

NAWC-AD (Pax River NAS)

NAWC-AD (Pax River NAS)

NAWC-AD (Pax River NAS)

JNIC

(Schreiver AFB)

JNIC

(Schreiver AFB)

NSWC

(Dahlgren)

VWC Boeing

St Louis

DTRA

KIRKLAND AFB

MCTSSA (Cp Pendleton)

RAYTHEON SM-3

(Tucson)

Redstone

Arsenal

Eglin AFB

FT BLISS

JITC

(Ft Huachuca)

JITC

(Ft Huachuca)

JITC

(Ft Huachuca)

1AF-SEADS

Tyndall AFB

JDEP Event SitesFY02-FY03


Jdep event sites fy02 fy0317 l.jpg

AIL Boeing Seattle Lessons Learned

AIL Boeing Seattle

SIAP Sites

RAYTHEON, Bedford

CAAD Sites

JCMD

Sites

ESC (Hanscom AFB)

ESC (Hanscom AFB)

CSEDS

(L/M Moorestown)

NAWC-AD (Pax River NAS)

NAWC-AD (Pax River NAS)

NAWC-AD (Pax River NAS)

JNIC

(Schreiver AFB)

JNIC

(Schreiver AFB)

NSWC

(Dahlgren)

NSWC

(Dahlgren)

VWC Boeing

St Louis

DTRA

KIRKLAND AFB

MCTSSA (Cp Pendleton)

RAYTHEON SM-3

(Tucson)

Redstone

Arsenal

Eglin AFB

FT BLISS

JITC

(Ft Huachuca)

JITC

(Ft Huachuca)

JITC

(Ft Huachuca)

1AF-SEADS

Tyndall AFB

JDEP Event SitesFY02-FY03

Air Force

TACCSF, Kirkland AFB: CRC,

AWACS

1st AF, Tyndall AFB: MSCT

ESC, Hanscom AFB: AWSIM

Navy

NAVAIR, China Lake: F/A 18

USN NSWC, Moorestown: AEGIS, A-STATS

ESTEL, PAX River: E-2C, RISS

Dahlgren, Aegis, DS3

Marines

MCTSSA, Camp Pendleton: TAOC, RES

Army

SED, Redstone Arsenal: Patriot FMS-D

Contractor Sites

Boeing, Seattle: E-3 AWACS

VWC, St. Louis: F-15

Raytheon, Bedford: JLENS, MSCT

Raytheon, Tucson: Interceptor Missile,

Aircraft Model, Threat Generator

Boeing, Seattle: AWACS, AMASIM

Joint Sites

JPO: DISN-LES Provider

JITC, Fort Huachuca: JDEP Operations

JNIC, Schriever AFB: JSWS


Proposed fy04 jtamdo objectives l.jpg
Proposed FY04 Lessons LearnedJTAMDO Objectives

  • Block 0 Upgrade to Patriot PDB-6

    • Assess Correlation/De-correlation, Formation Tracking, and Data Registration

    • Participants: Patriot, Aegis, E-2C

  • Defense of Korea/Japan

    • Assess TTPs, Caps and Lims and support CID, Coalition Interoperability

    • Participants: 4xCVBG, Patriot, AWACS, CAOC, TAOC/TPS-59


Proposed fy04 jtamdo objectives19 l.jpg
Proposed FY04 Lessons LearnedJTAMDO Objectives

  • Integrated Fire Control Foundation

    • Assess interoperability of Aegis 6ph3 and ability of force to conduct cooperative engagements

    • Participants: Aegis, E-2C, AWACS, F-15, CAOC, TAOC/TPS-59, Patriot, JLENS

  • Constellation Test Bed

    • Assess operational concepts, performance, & military utility of Integrated GMTI systems

    • Participants: ESC, CWIN, VWC, LM GVN, Aegis-Dahlgren, AFRL


Proposed fy04 jtamdo objectives20 l.jpg
Proposed FY04 Lessons LearnedJTAMDO Objectives

  • Joint Engagement Assessment Network

    • Address FIOP Task 2 Focus, support DCGS and JFN Development, delineate Interoperability issues and foster Joint Acquisition for DCGS and JFN

    • Participants: Navy Strike Cell, ESC, TAOC, AFRL

  • Capability Upgrades

    • Continue development of better comm, sensor and environmental representations


Proposed fy04 jtamdo objectives21 l.jpg
Proposed FY04 Lessons LearnedJTAMDO Objectives

  • Integrate digital representations for SIAP SE

    • Aegis (LMC representation – MADUSA)

    • Patriot (Sim being developed by SED)

    • E2-C (Identified E2XV (NG effort) to SIAP SE TF)

  • Integrate Hardware-in-the-Loops for SIAP SE

    • AWACS, TAOC, F/A-18 for SIAP SE


Acquisition program support l.jpg
Acquisition Program Support Lessons Learned

  • Establish working relationship with major DOD acquisitions

  • Identify and influence use of common framework for distributed testing

  • Assist acquisition programs in application of common framework

  • Determine and coordinate common capability requirement and solutions


Key acquisition programs l.jpg
Key Acquisition Programs Lessons Learned

  • Future Combat System

  • Joint Strike Fighter

  • Joint Integration and Interoperability of Special Operations Joint Test and Evaluation

  • CVN 21 (future aircraft carrier)

  • Distributed Common Ground/Surface Systems

  • Multi-Sensor Command and Control Aircraft System

  • Common Aviation Command and Control System

  • DD(X) Future Surface Combatant Program


Standard jtamd site l.jpg
Standard JTAMD Site Lessons Learned


Jdep infrastructure build ibuild l.jpg
JDEP Infrastructure Build (IBuild) Lessons Learned

  • Purpose:

    • Allow for prototyping, experimentation, and integration of new JDEP capabilities prior to fielding to sites for analysis use

      • Reduces time required for integration at user sites

    • Verify that the federation results match with design expectations

    • Provide the means to evolve JDEP capabilities over time

      • New simulations and HWIL systems can replace existing capabilities, as necessary

    • Being implemented at MITRE, McLean


Ibuild version 1 supporting analysis of siap s iabm l.jpg
IBuild Version 1 – Supporting Analysis of SIAP’s IABM Lessons Learned

  • Represents onboard radar system (E2C, AWACS, etc._

Sensor

  • Represents Interrogation Friend or Foe (IFF)

IFF

SIAP IABM

(Mission Computer Program)

  • Represents SIAP’s Integrated Architecture Behavior Model

  • Represents onboard navigation (accelerometer, ring-laser gyro, etc.) .

Onboard Nav

HLA RTI

  • Communications Simulations, primarily Link 16

Communications

Link 16

  • Generates remote tracks on other host platforms

Remote Host (MCP) Emulator

  • Common Reference Scenario Driver – Represents flight paths of all aircraft in scenario

CRSD

Test Utilities

3D Viewer

  • Test Utilities (Control and monitoring of federation, data analysis)

HLA Results


Slide28 l.jpg

USA SED Lessons Learned

Redstone Arsenal, AL

HLA VLAN

SIMPLE J VLAN

2M

Terminal

2M

Terminal

2M

Terminal

HLA/DIS

GW

CRS-D

TACO

FMS-D

FMS-D

FMS-D

ECS

ECS

ECS

ICC

CEES

Scenario

Driver

Data

Collection

Link 16

Utility Player

Patriot

JTAMD/PatriotConfiguration

Legend

CRS-D Common Reference Scenario; FMS-D – Flight Mission Simulator – Digital; CEES – C4I Engineering and Evaluation System; ECS – Engagement Coordination System; ICC – Interface Control Center


Jtamd caad configuration l.jpg
JTAMD/CAAD Lessons LearnedConfiguration

Raytheon WGL

ESC CEIF

Raytheon SIL

JNIC

Col Springs CO

Bedford MA

Tucson AZ

Hanscom AFB

Scenario Generator

MSCT Correlation

MSCT radar feed forwarder

TADIL J Link

Analysis

Threat Generator

TIAC4

FAA Radar Simulator

Radar Simulators

Legend

Background Generator

Sentinel

M

Test Control & RTI Exec

Aircraft Model

TPS-75

M

Interceptor Missile

Elevated TPS-63

Socket J

ADSI

Threat &

M

ASR-4

Intercept

D

TIAC HLA/DIS GW

Background

Sentinel

TPS75

TPS63

MSCT

Missile

8

ASR-X

Scenarios

EADTB

D

1553

0

D

D

0

Tap

Hre

3D

D

HLA/

Air Cft

Hre

MD800

D

DIS

D

TIAC3

AWSIM

TIAC1

TIAC2

Model

RMAS HLA Device

GW

C

HLA/

FTP

D

RMAS FOM

DIS

MSCT

Hr

HLA/

Svr

NTDS

GW

CCD

HLA

DX/DR

GTE

DIS

HLA/HLA GW

H

M

D J B 11 H

TIAC

Collector

GW

B

DIS Device

Hoshi

TIAC

M

H

J

11

Rtr

T1

Rtr

Switch

H

J

MSCT

SIMPLE A VLAN 625

CEC VLAN 627

HLA VLAN 621

SIMPLE J Device

JDEP Base VLAN 528

SIMPLE J VLAN 624

SIMPLE A Device

C

B

H

H

J

B

B

J

B

B

HLA/

H

J

CEC

FTP

FTP

11

M

TIAC

FTP

HLA/

H

DIS

GTE

FTP

WASP

Svr

11

Svr

GTE

Collector

Svr

J

DIS

GW

Svr

CEC Device

TIAC

GW

DX/DR

D

1553

H

D

CCD

GTE

HLA/DIS GW

Federation

M

1553

Snap

MSCT

Monitoring

Monitoring &

Native

Svr

1553

RES

NTDS

B

FTP Svr

AMASIM

AWACS

Data Txr Device

RISS

Native

MC

Radar/IFF

TIAC/Net

Net VCR

VCR Client

Monitoring

TPS59

TAOC

Native

Native

HLA/DIS

Service HWIL

Collector

Radar HWIL

Federation Monitoring

MSCT Correlated Display

Radar HWIL

Radar HWIL

TPS-59

JDEP Operations Center

C2 Operator In Loop

AWACS E3

E2 Hawkeye

TAOC

1st AF SEADS

Boeing AIL

Seatle, WA

Navy ESTEL

USMC MCTSSA

JITC

Tyndall AFB FL

Pax River MD

Camp Pendelton CA

Ft Huachuca AZ


Jtamd jcmd configuration l.jpg

Boeing VWC Lessons Learned

ESC

Navy DEP

TACCSF

St Louis MO

Hanscom AFB MA

Dahlgren VA

Kirtland AFB NM

ATRC

4 F15s

Air Threat Generator

Assessment

AEGIS

AWACS Training SIM

2 Patriot

Time Sensitive Targeting

4 ea F15s

SADC

White Cell

ATOC

CRC

N

RADC

To E2 via

D

MANTSS

SADC

TST

D

DEP CEC

MANTSS

TAOC

ABMOC

MANTSS

S

Cell

VLAN

MANTSS

B

CCD

J

CCD

AEGIS

B

AWACS

F15

IMTDS

FTP

HWIL

D

B

D

B

MSCT

FTP

FTP

SIM

FTP

F15

D

RTOS

MSIPB

LOGGE

ASTI

ASTI

D

CCD

ASTI

CCD

ASTI

DS3

J

A

J

A

D

A

A

ASE

Interface

Interface

R

JCMD DIS 722

JCMD SIMPLEJ 724

ASTI 527

JDEP Base 528

D

J

A

A

D

A

J

A

D

RISS

ASTI

ASTI

TIAC

ASTI

ASTI

To AEGIS

AMISIM

ASTI

D

via DEP

D

RTOS

CEC VLAN

D

E2 MC

GTE

MDWAR

FTP

B

AWACS

GTE

D

CEC

B

B

MANTSS

FTP

FTP

NM

WASP

TMD

MANTSS

MANTSS

Cell

Tail Circuit (Not Final)

AWACS HWIL

E2 HWIL

Network Monitoring

Patriot

Link Monitoring

HLA Assessment

Boeing AIL

Navy ESTEL

JNIC

JITC

Seattle WA

Pax River MD

Colorado Springs CO

Ft Huachu

c

a AZ

Ft Bliss TX

JTAMD/JCMDConfiguration

Legend

DIS Device

TADIL

DEVICE

Monitoring

Device

Service HWIL

Data Txr Device

Operational

Control Device

C2 Node


Fy03 joint navy test event overview l.jpg
FY03 Joint Navy Test Lessons LearnedEvent Overview

Event Description

  • Test the interoperability testing with the Boeing AWACS E3 Avionics Integration Laboratory (AIL) and the US Army PATRIOT System Test Facility (PSTF) with the Navy Combat Systems using Link-16, Link-11 over a DIS network.

Products/Milestones

Ping/ELAN Test 24-25 July

End Device Ping Test 8-9 August

DT-801-IIIG Quicklook/Dry 4-6 August

Run

Large-Scale Test/Korean 11-15 August

Theater of Operations

Event Participants

  • JDEP Sites

    • ESC, Hanscom AFB, MA (CAOC)

    • SED, Huntsville, AL (Patriot HWIL)

    • AWACS Integration Lab, Boeing, Seattle, WA

  • NDEP sites

    • China Lake (F/A-18)

    • San Diego (E2C?)

    • Dahlgren (Aegis)

Configuration


Fy03 early warning event overview l.jpg
FY03 Early Warning Lessons LearnedEvent Overview

Event Description

  • Assess the interface and compatibility of radar data over the selected communication networks through to the TDPs. Provide USSTRATCOM and MDA analysis data to feed decisions on how to integrate radar into the current and future early warning architecture family of systems.

Products/Milestones Date

  • Early support to OIF Feb 2003

  • Laboratory infrastructure Nov 2003

  • Event Execution & Jan-May 2004

    Coordination

Configuration

Event Participants

  • Test lead: USASTRATCOM/MDA

  • Participants:

    • JDEP Early Warning (JNIC)


Fy03 time sensitive targeting event overview l.jpg
FY03 Time Sensitive Lessons LearnedTargeting Event Overview

Event Description

  • TST application assessment/ development focusing on TST technical and operational issues; concept of a virtual, distributed TST Cell; Joint and Service Operational Concepts, Tactics, Techniques and Procedures (TTPs) for TST; and programmatic solutions to TST interoperability issues.

Products/Milestones

  • SIMEX 09 Nov 2002

  • SIMEX 10 Feb 2003

  • SIMEX 11 May 2003

  • SIMEX 12 Aug 2003

Configuration

Event Participants

  • Strike Cell Lab (McLean VA)

  • Intel & Info Warfare Directorate (I2WD)

  • S/W Interoperability Facilityfor Time Critical Targeting (SWIFT) Lab (Hanscom)

  • AFRL (Rome)


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FY03 Joint Navy Test Lessons LearnedEvent Overview

Event Description

  • Test the interoperability testing with the Boeing AWACS E3 Avionics Integration Laboratory (AIL) and the US Army PATRIOT System Test Facility (PSTF) with the Navy Combat Systems using Link-16, Link-11 over a DIS network.

Products/Milestones

Ping/ELAN Test 24-25 July

End Device Ping Test 8-9 August

DT-801-IIIG Quicklook/Dry 4-6 August

Run

Large-Scale Test/Korean 11-15 August

Theater of Operations

Event Participants

  • JDEP Sites

    • ESC, Hanscom AFB, MA (CAOC)

    • SED, Huntsville, AL (Patriot HWIL)

    • AWACS Integration Lab, Boeing, Seattle, WA

  • NDEP sites

    • China Lake (F/A-18)

    • San Diego (E2C?)

    • Dahlgren (Aegis)

Configuration


Fy03 early warning event overview35 l.jpg
FY03 Early Warning Lessons LearnedEvent Overview

Event Description

  • Assess the interface and compatibility of radar data over the selected communication networks through to the TDPs. Provide USSTRATCOM and MDA analysis data to feed decisions on how to integrate radar into the current and future early warning architecture family of systems.

Products/Milestones Date

  • Early support to OIF Feb 2003

  • Laboratory infrastructure Nov 2003

  • Event Execution & Jan-May 2004

    Coordination

Configuration

Event Participants

  • Test lead: USASTRATCOM/MDA

  • Participants:

    • JDEP Early Warning (JNIC)


Fy03 time sensitive targeting event overview36 l.jpg
FY03 Time Sensitive Lessons LearnedTargeting Event Overview

Event Description

  • TST application assessment/ development focusing on TST technical and operational issues; concept of a virtual, distributed TST Cell; Joint and Service Operational Concepts, Tactics, Techniques and Procedures (TTPs) for TST; and programmatic solutions to TST interoperability issues.

Products/Milestones

  • SIMEX 09 Nov 2002

  • SIMEX 10 Feb 2003

  • SIMEX 11 May 2003

  • SIMEX 12 Aug 2003

Configuration

Event Participants

  • Strike Cell Lab (McLean VA)

  • Intel & Info Warfare Directorate (I2WD)

  • S/W Interoperability Facilityfor Time Critical Targeting (SWIFT) Lab (Hanscom)

  • AFRL (Rome)


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New FY04 Sites Lessons Learned


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